Each gamete contains one allele from each of the genes (in this case one version of each letter).
Any gene for which the individual is homozygous (has two of the same alleles) can only produce gametes with that allele. So in this case the organism has BB and dd - so will always have a B and d in the gamete.
So the possible gametes are:
ABCdE
ABcdE
ABCde
ABcde
aBCdE
aBcdE
aBcde
aBCde
The number of different possible gametes produced by the diploid genotype (AaBbCcDdEe) is 2 x 2 x 2 x 2 x 2 = 32 (2 for each pair of heterozygous genes).
ABCD ABCd AbCD AbCd
Two types of gametes:
AB or aB
AB or aB
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Only two different gametes (sex cells) can be created using a combination of AabbCCdd. This is because Aa is the only gene with two different alleles (A and a). The other genes have two copies of the same allele - therefore that is all that the gamete can contain. So the two different gametes possible are: AbCd and abCd
your brain
gametes
Meiosis makes haploid cells that are different to each other and the parent cell. Meiosis is a type of cell division used for sexual reproduction and to create gametes.
it is kind of sexual reproduction in which similar morphology as well as physiology gametes are fuse to form zygote.
16
Only one; A. At least concerning this one trait.
Only two different gametes (sex cells) can be created using a combination of AabbCCdd. This is because Aa is the only gene with two different alleles (A and a). The other genes have two copies of the same allele - therefore that is all that the gamete can contain. So the two different gametes possible are: AbCd and abCd
Aabbccdd eeffgghh
Gametes have haploid chromosomes, which means they have half the number of chromosomes of other cells in the body.
gametes
gametes
your brain
The male gametes in plants are made in the filament.
gametes
They are made in the testes but are stored in the epididymus.
gametes, sperm, egg